NOAR Technologies

  The energy sector has long been a target for innovation and new technology. As the world transitions to renewable, green energy sources, companies have had to adapt their methods and processes to accommodate a different type of power. To that end, drone technology has become increasingly prevalent in the energy industry — especially when it comes to inspection processes. In this blog post, we’ll explore why drones are now an essential part of drone energy inspection , as well as the top four benefits of using drones in these processes. What is Drone Inspection? Drone inspection refers to the use of  drones for inspection  processes. Drones have become essential parts of industries such as energy, construction, and real estate because their small size allows them to access spaces inaccessible to larger vehicles or people.  The energy sector employs power line inspection drones for a variety of purposes, but chief among them is inspection. Inspection drones enable co...

  Inspecting solar panels is dangerous work in most situations. Being up on a roof and trying to get a good look at the panels can put staff members in dangerous positions. Instead, why not send a  solar panel inspection drone  to do it? It’s safer for everyone involved and you can get better results. Here is why drones are the best choice for solar panel inspections. No One Goes On The Roof Most of the time, there is no need to send someone up on a roof to inspect the solar panels. Once they have been properly installed, they are not going to be going anywhere. The only time you will be needing to inspect them is when something has gone wrong. A drone is a safe way of checking the solar panels without putting anyone in harm’s way. It can get a lot closer to the panels than a ladder and it’s faster too.  In  residential settings , panel inspection can be even more dangerous. Solar panels can fill the entire side of a roof and take away any space for a person to ...

  3D scanning is the process of using a laser scanner to take measurements of an area or an object. It requires the use of a 3D laser scanner, like the BLK 360 Laser Scanner, and software, like Autodesk, Build. Multiple industries use 3D laser scanning as an important part of their projects. Here is how 3D scanning is essential in several industries .

  Drones continue to evolve as more companies look to add them to their operations. However, there is one drone that has proven to be the best option for most situations. The  DJI M300 RTK  is the leading choice despite newer drones entering the market. Here are three reasons why the DJI M300 RTK is the go-to choice for multiple enterprise operations. Hot Swappable Batteries One of the biggest problems that drones have is their total flight time. Most drones can stay in the air for less than an hour, limiting the time that they can do work. Recharging can also take more than an hour, making it impossible for workers to rely on multiple work sessions in one day.  Another potential issue is with  drones  that can switch batteries. All of the data has to be downloaded before the battery dies or is removed. Otherwise, you could lose your data.  The DJI M300 RTK addresses both of these problems with its hot swappable battery system. This battery system lets...

  A big challenge civil engineers often run into when beginning a new project is the sheer scope of land they need to survey. Civil infrastructure , like roads and bridges, span large amounts of land. And conducting thorough land surveys beforehand can be costly and time-consuming.  This is why many civil engineers are turning to new, cutting-edge technologies in order to speed up the surveying process.  One such technology is 3D laser scanning. With 3D laser scanning technology, civil engineers have a quick and effective way to survey land, record accurate measurements, and map out construction before projects even begin. But the applications of 3D laser scanning for civil engineering don’t end there. This article will examine exactly how civil engineers can utilize 3D laser scanning to build infrastructure that is safer, stronger, and more cost-effective.

  The world today is powered by technology. From the transportation sector to the construction industry, innovative new technologies continue to reshape the way we live life, maintain infrastructure, and build toward the future.  Most recently, the construction industry has begun implementing  3D laser scanning technology  for large-scale projects. Particularly, this article will examine the impact 3D laser scanners have had on road restructuring. With a 3D scanner for road construction, this new technology gives builders and engineers more  precision  than ever before, allowing for stronger infrastructure and a safer world for consumers.  Roads and highways are some of society’s most essential pieces of infrastructure, so it makes sense to start here. Continue reading to learn all about how 3D laser scanners improve road restructuring. What is 3D Laser Scanning? Originally developed back in the 1960s, the  3D laser scanner  is a tool capable...

  3D laser scanning is a method of taking complex survey measurements and turning them into usable 3D maps. This method is used in a variety of industries to improve overall operations. Here is a closer look at 3D laser scanning and how you can use it in your company.  What Are 3D Laser Scanners? 3D laser scanners  are devices that scan objects and convert the information into a 3D image. They significantly speed up the measuring process, helping to save time and money. More importantly to many companies, they also provide solutions to problems that have historically hindered business growth. 

  From marketing videography to mapping and surveying, drones have improved the construction industry in a number of ways. But primarily: Drones help workers by increasing on-site job safety. And  drones benefit construction companies  by cutting labor costs and optimizing supply. Ready to elevate your construction company with the power of drone technology? Currently, there is a glut of options available on the drone market, so finding the right one to fit your needs can be a challenge. Drones can vary based on hardware, sensors, price, features, design intent, etc.  But fortunately, we’ve waded through the deluge and compiled a list of the three best drones for construction in 2022. So whether you’re looking for the best drone for surveying, a good drone for videography, or the best one for inspections, keep reading to learn why our picks stand out from other competing quadcopters.  Best Construction Drones 1. PHANTOM 4 RTK – The Best Drone for Constructi...

  Construction and infrastructure are two of the world’s oldest industries.  From walls to pyramids to skyscrapers, people have always demanded buildings, and engineers have consistently managed to produce bigger, ever-more complicated structures to satisfy those demands.  As our buildings have grown in size and sophistication, so too have the tools we use to construct and maintain our infrastructure. The latest such device to revolutionize the construction and infrastructure industries has been the  unmanned aerial vehicle  (UAV), otherwise known as the  drone .

  Use a 3D laser scanner to capture detailed data and provide accurate information for every work on a site. Reduce the site visit time and cost by using 3D laser scanning technology.

  3D laser scanning technology  is a type of remote sensing that uses lasers to determine the characteristics of an object or environment. It is used heavily in the field of civil engineering as it has many advantages over traditional surveying methods. It provides more accurate data than a traditional survey and can be utilized for much longer distances than other forms of remote sensing. 3D laser scanning also has applications in other fields such as computer-aided design, construction management, and mining. Here are some things you need to know about 3D laser scanner in civil engineering projects. How 3D Laser Scanning Works 3D laser scanning works by projecting a laser into the environment. The laser bounces off of all objects in its path before returning to a sensor. The sensor records the time it took for the beam to return and, like a traditional survey, uses simple geometry to calculate distances. 3D laser scanners can collect data on an object using either active or ...

  Construction projects are always a lengthy and expensive process, but 3D building scanning has made it possible to cut down on both. There are many benefits to this new technology. Not only does it save construction companies money and time, but the scans also produce more accurate measurements than traditional methods. This means that there’s less of a chance for errors in design and mistakes in installation. In addition, the entire process is safer for workers and the public since no one needs to be on-site until the project is complete. It’s never been easier for construction companies to do their jobs. In this article, we’ll explore some of the ways that 3D building scanning  transforms the construction process .

  Engineering firms can partner with NOAR Technologies for their ongoing drone, scanner, and software licensing needs. Partnering with NOAR Technologies optimizes Civil Infrastructure firms to adapt to technical changes efficiently and effectively to decrease down time and expedite implementation without sacrificing adequate training to ensure success. All with a single point of contact. With over 30 years of expert knowledge of Civil Infrastructure engineering we are proud to partner with some of the best firms in the country and specialize in the adoption and execution of seamless integrations to bring collaboration between software designs and real-world existing conditions. We encourage our customers to consider NOAR Technologies as an extension of their workforce, and we look forward to technical support calls on hardware, software and project challenges. Technology is always evolving. NOAR Technologies will focus on navigating new solutions and guiding your firm in the right...

  3D scanning is a way of taking detailed scans for use in various industries. It is most often used in construction, architecture, and engineering. This practice is becoming so popular that it will likely become the standard way of surveying and analyzing to collect data for projects and business operations. Here is a look at the uses of 3D scanning for architecture, engineering, and construction. Construction Site Surveying Before any construction project starts, the  construction  site must be surveyed. Construction document scanning lets companies create detailed maps of the area that can be used in the planning process. Architects, engineers, and construction teams all need a highly accurate description of the workspace to begin planning. 3D laser scanning for construction produces documents with a much higher level of quality than more traditional methods, and in a fraction of the time.  Laser scanners like the  Leica ScanStation 350 ...

  3D laser scanning is changing the engineering landscape. Measurements that used to take days to finish can now be done in a few hours if that. The introduction of 3D building scans into the planning process also makes designs more accurate, which means they are safer and built with a higher level of quality. 3D building scanning is becoming the go-to process for improving construction processes. Here is how 3D laser scanning is changing the engineering landscape . 3D laser scanning is more accessible than ever. The technology is highly developed and become affordable for every company. Take advantage of the opportunities at  NOAR Technologies  to add 3D laser scanning to your operations. We can provide equipment to buy or rent, and we even have training resources for your staff. Call us at (248) 906-2375 to discuss your 3D scanning needs.

  3D laser scanners are used to assist in the design of industrial facilities. Creating 3D maps of work areas allows designers and fabricators to build the machinery that you need accurately. No more guessing where things fit and how to fit everything into the space that you have. Use 3D scans to plot every machine, procedure, and operation before you even think about starting construction.  Having eyes where you need them when you need them makes monitoring operations easier. Many of our 3D laser scanners can be mounted on drones, letting you scan areas where people and cameras cannot reach.  More than that, our 3D scanners catch every detail. While your eyes may miss fine details and misjudge measurements, our scanners can find them. Detailed point-cloud data lets you make calculations at a higher detail than manual measurements. What if you can catch maintenance problems before they cause accidents? Our 3D scanners can see in multiple lift spectrums, including visible ...

  Laser scanners are an important part of how many businesses function. The right scanner lets a company get a detailed map of an area at high speeds, in high resolution, and without difficult controls. The technology behind 3D scanners has changed rapidly in the last ten years making it harder to find the best 3D scanner for the money. Read on to learn more about 3D laser scanners and how to choose the best option for your needs. Size Matters When choosing a 3D laser scanner, size is an important factor to consider. Most laser scanners are relatively small, which can be  picked up with one hand . However, this is not always the case.  Size matters because of how you use the scanner. For example, an industrial 3D scanner may need to be mounted onto a drone so that it can fly to the target area. A 3D scanner that is too large may not fit on a drone that is relatively small. Likewise, the tripod that you put the scanner on must be chosen based on the limits of the...